The motion of the Earth's tectonic plates creates a gradual accumulation of stress at their boundaries, followed by a rapid release in earthquakes, a process known as the earthquake cycle. Studying this process is important because of the hazards
earthquakes pose, but presents challenges due to the multi-scale nature of the problem-stresses build up over hundreds to thousands of years, while earthquakes break narrow fault zones in a matter of seconds. In this thesis, we combine a variety
of techniques to study the earthquake cycle on multiple temporal and spatial scales, including satellite-based interferometric synthetic aperture radar (InSAR) to observe the slow deformation of the Earth over wide areas, and high-performance
computational simulations to model faults during earthquakes. We begin by presenting a method for removing the signal of plate-tectonic motion in large-scale InSAR measurements, allowing for better observation of small ground deformations.
The motion of the Earth's tectonic plates creates a gradual accumulation of stress at their boundaries, followed by a rapid release in earthquakes, a process known as the earthquake cycle. Studying this process is important because of the hazards
earthquakes pose, but presents challenges due to the multi-scale nature of the problem-stresses build up over hundreds to thousands of years, while earthquakes break narrow fault zones in a matter of seconds. In this thesis, we combine a variety
of techniques to study the earthquake cycle on multiple temporal and spatial scales, including satellite-based interferometric synthetic aperture radar (InSAR) to observe the slow deformation of the Earth over wide areas, and high-performance
computational simulations to model faults during earthquakes. We begin by presenting a method for removing the signal of plate-tectonic motion in large-scale InSAR measurements, allowing for better observation of small ground deformations.
Since large portions of the land are occupied by humans; they are under the threat of earthquakes. The field of earthquake research is an urgent need of the hour. This book includes some of the...
To minimize human and material losses due to inevitable occurrence of earthquakes, their study and understanding is of utmost importance. This book discusses different aspects related to earthquake...
Preface. Relationship between RAS pathways and cell cycle control; M.E. Ewen. Cell-Anchorage, cell cytoskeleton, and Rho-GTPase family in regulation of cell cycle progression; I. Tatsuno, et al...
Econometric Business Cycle Research deals with econometric business cycle research (EBCR), a term introduced by the Nobel-laureate Jan Tinbergen for his econometric method of testing (economic) ...
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